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Differential response of pea (Pisum sativum) to rusts incited by Uromyces viciae-fabae and U. pisi

机译:豌豆(豌豆)对Uromyces viciae-fabae和U. pisi引起的锈蚀的差异响应

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Pea rust is reported to be incited by both Uromyces viciae-fabae and U. pisi. However we found that in Cordoba (Spain), pea was more severely infected by U. pisi. We observed that although pea seedlings were slightly susceptible to U. viciae-fabae infection under controlled conditions, pea accessions were little damaged by this pathogen under field conditions, due to high levels of pre-haustorial resistance. The observations with Spanish isolates were confirmed with isolates of U. viciae-fabae from the Netherlands, Syria and Australia. In general, pea accessions displayed a compatible reaction against all the isolates of U. viciae-fabae studied, but levels of infection were very low on peas, markedly reduced compared to the faba bean check. For these reasons, we consider the pathogen U. pisi as the principal agent causing pea rust. However, we cannot discard the possibility of specialization within U. viciae-fabae on pea, as specialization on vetch and lentil has already been documented.
机译:据报道豌豆锈菌是由豌豆Uromyces faciae和U. pisi引起的。但是,我们发现在科尔多瓦(西班牙),豌豆更受U. pisi感染。我们观察到,尽管豌豆幼苗在受控条件下对U. viciae-fabae感染略有敏感性,但由于田间条件下的较高水平的前抽烟抵抗力,豌豆种质在田间条件下几乎不受该病原菌的破坏。西班牙分离株的观察结果已被荷兰,叙利亚和澳大利亚的蚕豆菌分离株证实。通常,豌豆种质表现出与所研究的蚕豆科分离株相容的反应,但是豌豆的感染水平很低,与蚕豆检查相比明显降低。由于这些原因,我们认为病原体U. pisi是引起豌豆锈的主要诱因。但是,由于豌豆和小扁豆的专门化已经有文献记载,所以我们不能放弃豌豆在豌豆中的专门化的可能性。

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